Features
■ Miniature package for design flexibility
■ Long operating life
■ High operating temperature capabilities
■ Conductive plastic element
■ Bushing or PC board mount
■ Quadrature output
3375 - 6mm Square Encoder
Electrical Characteristics
Recommended Incremental Control Diagram
Output ............................2-bit gray code,
Channel A leads Channel B
by electrically turning clockwise (CW)
Closed Circuit Resistance
.0015µf
(CUSTOMER LOGIC CIRCUITRY)
DIRECTION
7
9
.................................5 ohms maximum
Contact Rating
5ms DELAY
DEBOUNCE
(MC 14490)
DECODE
LOGIC
UP/DOWN
COUNTER
BINARY
OUTPUT
.......100 milliamp @ 16 VDC maximum
Insulation Resistance (500 VDC)
....................1,000 megohms minimum
Dielectric Withstanding Voltage
Sea Level................900 VAC minimum
Electrical Travel......................Continuous
Contact Bounce (15 RPM)
MAGNITUDE
......................5 milliseconds maximum
RPM (Operating)................120 maximum
Clockwise
Environmental Characteristics
Channel A
Channel B
Channel C
Temperature Range .......-55ºC to +125ºC
Vibration ............................................30G
Contact Bounce ..............5 millisecond
maximum
Shock ..............................................100G
Contact Bounce ..............5 millisecond
maximum
Rotational Life ..................100,000 cycles
Mechanical Characteristics
Mechanical Angle ..................Continuous
Torque ........................5 oz-in. maximum
Marking ........Manufacturer’s symbol and
model number, product code,
terminal style, date code
Part Numbering System
3375 Y - 0
0 1 - 006
Model Number Designator
3375 = 6mm Encoder
Terminal Style Designator
C = In-line Straight Terminals Side Exit
P = 5.08mm x 2.54mm Triangular Pattern Rear Exit
Y = 5.08mm x 5.08mmTriangular Pattern Rear Exit
Shaft End Designator
0 = Shaft End Slotted
Shaft Length Designator
0 = 12.7mm FMS Long Plastic Shaft
(Use with bushing versions only)
Bushing Designator
1 = 6.35mm x 6.35mm Plastic
Pulses per Revolution Code
006 = 6 ppr
142
Specifications are subject to change without notice.